def resize(self, screen):
Background.resize(self, screen)
if self._need_update and self.arrow_location != ARROW_HIDDEN:
if self.arrow_location == ARROW_TOUCH:
size = (self._rect.width * 0.2, self._rect.height * 0.2)
self.left_arrow = pictures.get_pygame_image(
"camera.png", size, vflip=False, color=self._text_color)
x = int(self._rect.width * 0.2)
y = int(self._rect.height // 2)
else:
size = (self._rect.width * 0.3, self._rect.height * 0.3)
vflip = True if self.arrow_location == ARROW_TOP else False
self.left_arrow = pictures.get_pygame_image(
"arrow.png", size, vflip=vflip, color=self._text_color)
x = int(self._rect.left + self._rect.width // 4 -
self.left_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self._rect.top + 10
else:
y = int(self._rect.top + 2 * self._rect.height // 3)
self.left_arrow_pos = (x - self.arrow_offset, y)
def resize(self, screen):
Background.resize(self, screen)
if self._need_update:
# Note: '0.9' ratio comes from PiWindow._update_foreground() method which
# lets a margin between window borders and fullscreen foreground picture
frgnd_rect = pygame.Rect(0, 0, *pictures.sizing.new_size_keep_aspect_ratio(
self.foreground_size, (self._rect.size[0] * 0.9, self._rect.size[1]*0.9)))
xmargin = abs(self._rect.width - frgnd_rect.width) // 2
ymargin = abs(self._rect.height - frgnd_rect.height) // 2
if xmargin > 50:
margin = min(xmargin, self._rect.height // 3)
elif ymargin > 50:
margin = min(ymargin, self._rect.width // 3)
else: # Too small
self.left_people = None
self.right_people = None
return
left_rect = pygame.Rect(0, 0, margin, margin)
right_rect = pygame.Rect(0, 0, margin, margin)
left_rect.bottom = self._rect.bottom
right_rect.right = self._rect.right
self.left_people = pictures.get_pygame_image("finished_left.png", size=left_rect.size,
color=self._text_color)
self.right_people = pictures.get_pygame_image("finished_right.png", size=right_rect.size,
color=self._text_color)
self.left_people_pos = self.left_people.get_rect(center=left_rect.center).topleft
self.right_people_pos = self.right_people.get_rect(center=right_rect.center).topleft
if self._show_outlines and left_rect and right_rect:
self._outlines.append((self._make_outlines(left_rect.size), left_rect.topleft))
self._outlines.append((self._make_outlines(right_rect.size), right_rect.topleft))
def resize(self, screen):
"""Resize objects to fit to the screen.
"""
if self._rect != screen.get_rect():
self._rect = screen.get_rect()
overlay_name = "{}.png".format(self._name)
if osp.isfile(pictures.get_filename(overlay_name)):
self._overlay = pictures.get_pygame_image(
pictures.get_filename(overlay_name),
(self._rect.width, self._rect.height),
color=self._text_color,
bg_color=self._background_color)
if self._background_image:
self._background = pictures.get_pygame_image(
self._background_image,
(self._rect.width, self._rect.height),
crop=True,
color=None)
self._background_color = pictures.get_pygame_main_color(
self._background)
self.resize_texts()
self._need_update = True
def resize(self, screen):
IntroBackground.resize(self, screen)
if self._need_update and self.arrow_location != ARROW_HIDDEN:
size = (self._rect.width * 0.1, self._rect.height * 0.1)
if self.arrow_location == ARROW_TOUCH:
self.right_arrow = pictures.get_pygame_image(
"hand.png",
size,
hflip=False,
vflip=False,
angle=-70,
color=self._text_color)
else:
vflip = True if self.arrow_location == ARROW_TOP else False
angle = -70 if self.arrow_location == ARROW_TOP else 70
self.right_arrow = pictures.get_pygame_image(
"arrow.png",
size,
hflip=False,
vflip=vflip,
angle=angle,
color=self._text_color)
x = int(self._rect.left + self._rect.width // 2 -
self.right_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self._rect.top + 10
else:
y = int(self._rect.bottom -
self.right_arrow.get_rect().height * 1.1)
self.right_arrow_pos = (x - self.arrow_offset, y)
def resize(self, screen):
if Background.resize(self, screen):
size = (self.get_rect().width * 0.6, self.get_rect().height * 0.6)
self.layout0 = pictures.get_pygame_image(
"layout{}.png".format(self.choices[0]), size)
self.layout1 = pictures.get_pygame_image(
"layout{}.png".format(self.choices[1]), size)
inter = (self.get_rect().width -
2 * self.layout0.get_rect().width) // 3
x0 = int(self.get_rect().left + inter)
x1 = int(self.get_rect().left + 2 * inter +
self.layout0.get_rect().width)
y = int(self.get_rect().top + self.get_rect().height * 0.3)
self.layout0_pos = (x0, y)
self.layout1_pos = (x1, y)
if self.arrow_location != ARROW_HIDDEN:
if self.arrow_location == ARROW_TOP:
y = self.get_rect().top + 5
x_offset = 30
size = (self.get_rect().width * 0.1,
self.layout0_pos[1] - y - 10)
else:
x_offset = 0
y = self.layout0_pos[1] + self.layout0.get_rect(
).height + 5
size = (self.get_rect().width * 0.1,
self.get_rect().bottom - y - 5)
vflip = True if self.arrow_location == ARROW_TOP else False
self.left_arrow = pictures.get_pygame_image("arrow.png",
size,
vflip=vflip)
self.right_arrow = pictures.get_pygame_image("arrow.png",
size,
hflip=True,
vflip=vflip)
inter = (self.get_rect().width -
2 * self.left_arrow.get_rect().width) // 4
x0 = int(self.get_rect().left + inter) - x_offset
x1 = int(self.get_rect().left + 3 * inter +
self.left_arrow.get_rect().width) + x_offset
self.left_arrow_pos = (x0 - self.arrow_offset, y)
self.right_arrow_pos = (x1 + self.arrow_offset, y)
return True
return False
def resize(self, screen):
"""Resize objects to fit to the screen.
"""
if self._rect != screen.get_rect():
self._rect = screen.get_rect()
self._overlay = pictures.get_pygame_image(
self._overlay_image, (self._rect.width, self._rect.height))
if self._background_image:
self._background = pictures.get_pygame_image(
self._background_image,
(self._rect.width, self._rect.height),
crop=True)
self._need_update = True
def resize(self, screen):
Background.resize(self, screen)
if self._need_update and self.arrow_location != ARROW_HIDDEN:
if self.arrow_location == ARROW_TOUCH:
size = (self._rect.width // 4, self._rect.height // 4)
# Right arrow
self.right_arrow = pictures.get_pygame_image(
"printer_touch.png", size, hflip=False, vflip=False, color=self._text_color)
x = int(self._rect.left + self._rect.width * 0.70
- self.right_arrow.get_rect().width // 2)
y = int(self._rect.top + self._rect.height * 0.45)
else:
size = (self._rect.width * 0.3, self._rect.height * 0.3)
vflip = True if self.arrow_location == ARROW_TOP else False
# Right arrow
self.right_arrow = pictures.get_pygame_image(
"arrow.png", size, hflip=True, vflip=vflip, color=self._text_color)
x = int(self._rect.left + self._rect.width * 0.75
- self.right_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self._rect.top + 10
else:
y = int(self._rect.top + 2 * self._rect.height // 3)
self.right_arrow_pos = (x + self.arrow_offset, y)
# Left arrow
size = (self._rect.width * 0.1, self._rect.height * 0.1)
if self.arrow_location == ARROW_TOUCH:
self.left_arrow = pictures.get_pygame_image(
"hand.png", size, hflip=False, vflip=False, angle=70, color=self._text_color)
else:
vflip = True if self.arrow_location == ARROW_TOP else False
angle = 70 if self.arrow_location == ARROW_TOP else -70
self.left_arrow = pictures.get_pygame_image(
"arrow.png", size, hflip=False, vflip=vflip, angle=angle, color=self._text_color)
x = int(self._rect.left + self._rect.width // 2
- self.left_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self._rect.top + 10
else:
y = int(self._rect.bottom - self.left_arrow.get_rect().height * 1.1)
self.left_arrow_pos = (x - self.arrow_offset, y)
def resize(self, screen):
Background.resize(self, screen)
if self._need_update:
size = (self._rect.width * 0.6, self._rect.height * 0.6)
self.layout0 = pictures.get_layout_image(self._text_color,
self._background_color,
self.choices[0], size)
self.layout1 = pictures.get_layout_image(self._text_color,
self._background_color,
self.choices[1], size)
inter = (self._rect.width - 2 * self.layout0.get_rect().width) // 3
x0 = int(self._rect.left + inter)
x1 = int(self._rect.left + 2 * inter +
self.layout0.get_rect().width)
y = int(self._rect.top + self._rect.height * 0.3)
self.layout0_pos = (x0, y)
self.layout1_pos = (x1, y)
if self.arrow_location != ARROW_HIDDEN:
if self.arrow_location == ARROW_TOP:
y = 5
x_offset = 30
size = (self._rect.width * 0.1, self._rect.top + y + 30)
else:
x_offset = 0
y = self.layout0_pos[1] + self.layout0.get_rect(
).height + 5
size = (self._rect.width * 0.1, self._rect.bottom - y - 5)
vflip = True if self.arrow_location == ARROW_TOP else False
self.left_arrow = pictures.get_pygame_image(
"arrow.png", size, vflip=vflip, color=self._text_color)
self.right_arrow = pictures.get_pygame_image(
"arrow.png",
size,
hflip=True,
vflip=vflip,
color=self._text_color)
inter = (self._rect.width -
2 * self.left_arrow.get_rect().width) // 4
x0 = int(self._rect.left + inter) - x_offset
x1 = int(self._rect.left + 3 * inter +
self.left_arrow.get_rect().width) + x_offset
self.left_arrow_pos = (x0 - self.arrow_offset, y)
self.right_arrow_pos = (x1 + self.arrow_offset, y)
def resize(self, screen):
Background.resize(self, screen)
if self._need_update:
images_height = self._rect.height / 4
size = (3 * images_height, images_height)
self.left_image = pictures.get_pygame_image(
"capture_left_image.png", size=size)
self.right_image = pictures.get_pygame_image(
"capture_right_image.png", size=size)
x = int(self._rect.right - 2 * self.right_image.get_rect().width)
y = int(self._rect.bottom - images_height)
self.left_image_pos = (0, y)
self.right_image_pos = (x, y)
def state_wait_exit(win):
win_rect = win.get_rect()
text = "Get Ready!"
# Get best font size according to window size
font = fonts.get_pygame_font(text, fonts.CURRENT,
win_rect.width//1.5, win_rect.height//1.5)
# Build a surface to display at screen
text_surface = font.render(text, True, win.text_color)
# Clear screen
if isinstance(win.bg_color, (tuple, list)):
win.surface.fill(win.bg_color)
else:
bg_surface = pictures.get_pygame_image(win.bg_color, win_rect.size, crop=True, color=None)
win.surface.blit(bg_surface, (0, 0))
# Draw the surface at screen
win.surface.blit(text_surface, text_surface.get_rect(center=win_rect.center).topleft)
# Force screen update and events process
pygame.display.update()
pygame.event.pump()
# Wait 1s
time.sleep(1)
def resize(self, screen):
"""Resize objects to fit to the screen.
"""
if self._rect != screen.get_rect():
self._rect = screen.get_rect()
overlay_name = "{}.png".format(self._name)
if osp.isfile(pictures.get_filename(overlay_name)):
self._overlay = pictures.get_pygame_image(
pictures.get_filename(overlay_name), (self._rect.width, self._rect.height), invert=self._invert)
if self._background_image:
self._background = pictures.get_pygame_image(
self._background_image, (self._rect.width, self._rect.height), crop=True)
self.write_text()
self._need_update = True
def resize(self, screen):
"""Resize objects to fit to the screen.
"""
if self._rect != screen.get_rect():
self._rect = screen.get_rect()
self.background = pictures.get_pygame_image(
self.image_name, (self._rect.width, self._rect.height))
return True
return False
def _update_print_number(self):
"""Update the number of files in the printer queue.
"""
if not self._print_number:
return # Dont show counter: no file in queue
smaller = self.size[1] if self.size[1] < self.size[0] else self.size[0]
side = int(smaller * 0.05) # 5% of the window
if side > 0:
if self._print_failure:
image = pictures.get_pygame_image('printer_failure.png', (side, side))
else:
image = pictures.get_pygame_image('printer.png', (side, side))
y = self.surface.get_rect().height - image.get_rect().height - 10
self.surface.blit(image, (10, y))
font = pygame.font.Font(fonts.CURRENT, side)
label = font.render(str(self._print_number), True, self.text_color)
self.surface.blit(label, (side + 20, y))
def resize(self, screen):
Background.resize(self, screen)
if self._need_update:
images_height = self._rect.height / 4
size = (images_height * 2, images_height)
self.left_people = pictures.get_pygame_image("capture_left.png", size=size,
color=self._text_color)
self.right_people = pictures.get_pygame_image("capture_right.png", size=size,
color=self._text_color)
x = int(self._rect.right - size[0])
y = int(self._rect.bottom - images_height)
self.left_people_pos = (0, y)
self.right_people_pos = (x + size[0] - 1.5 * self.right_people.get_rect().width, y)
if self._show_outlines:
self._outlines.append((self._make_outlines(size), (0, y)))
self._outlines.append((self._make_outlines(size), (x, y)))
def resize(self, screen):
Background.resize(self, screen)
if self._need_update:
left_rect = pygame.Rect(10, 0, self._rect.width * 0.4, self._rect.height * 0.5)
left_rect.top = self._rect.centery - left_rect.centery
right_rect = pygame.Rect(0, 0, self._rect.width * 0.3, self._rect.height * 0.5)
right_rect.top = self._rect.centery - right_rect.centery
right_rect.right = self._rect.right - 10
self.left_people = pictures.get_pygame_image("finished_left.png", size=left_rect.size,
color=self._text_color)
self.right_people = pictures.get_pygame_image("finished_right.png", size=right_rect.size,
color=self._text_color)
self.left_people_pos = self.left_people.get_rect(center=left_rect.center).topleft
self.right_people_pos = self.right_people.get_rect(center=right_rect.center).topleft
if self._show_outlines:
self._outlines.append((self._make_outlines(left_rect.size), left_rect.topleft))
self._outlines.append((self._make_outlines(right_rect.size), right_rect.topleft))
def resize(self, screen):
Background.resize(self, screen)
if self._need_update:
size = (self.get_rect().width * 0.6, self.get_rect().height * 0.6)
self.layout = pictures.get_pygame_image(
"layout{}.png".format(self.selected), size)
x = self.layout.get_rect(center=self.get_rect().center).left
y = int(self.get_rect().top + self.get_rect().height * 0.3)
self.layout_pos = (x, y)
def resize(self, screen):
Background.resize(self, screen)
if self._need_update and self.arrow_location != ARROW_HIDDEN:
size = (self._rect.width * 0.3, self._rect.height * 0.3)
vflip = True if self.arrow_location == ARROW_TOP else False
self.left_arrow = pictures.get_pygame_image("arrow.png",
size,
vflip=vflip,
color=self._text_color)
self.qr_download_link = pictures.get_pygame_image(
"link.jpg", (300, 300))
x = int(self._rect.left + self._rect.width // 4 -
self.left_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self._rect.top + 10
else:
y = int(self._rect.top + 2 * self._rect.height // 3)
self.left_arrow_pos = (x - self.arrow_offset, y)
self.qr_download_link_pos = (50, 50)
def resize(self, screen):
Background.resize(self, screen)
if self._need_update and self.arrow_location != ARROW_HIDDEN:
size = (self._rect.width * 0.3, self._rect.height * 0.3)
vflip = True if self.arrow_location == ARROW_TOP else False
self.right_arrow = pictures.get_pygame_image("arrow.png", size, hflip=True, vflip=vflip)
x = int(self._rect.left + self._rect.width * 0.75
- self.right_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self._rect.top + 10
else:
y = int(self._rect.top + 2 * self._rect.height // 3)
self.right_arrow_pos = (x + self.arrow_offset, y)
def resize(self, screen):
if Background.resize(self, screen):
if self.arrow_location != ARROW_HIDDEN:
size = (self.get_rect().width * 0.3,
self.get_rect().height * 0.3)
vflip = True if self.arrow_location == ARROW_TOP else False
self.left_arrow = pictures.get_pygame_image("arrow.png",
size,
vflip=vflip)
x = int(self.get_rect().left + self.get_rect().width // 4 -
self.left_arrow.get_rect().width // 2)
if self.arrow_location == ARROW_TOP:
y = self.get_rect().top + 10
else:
y = int(self.get_rect().top +
2 * self.get_rect().height // 3)
self.left_arrow_pos = (x - self.arrow_offset, y)
return True
return False
